Three Interconnected Beaded Ring Toy

ABSTRACT

A device designed to be tumbled between a user&#39;s fingers, comprised of three interconnected beaded rings, wherein the first, and second beaded ring are connected together, and the third beaded ring is connected around both the first and second beaded rings; creating a functional fidget device comprised of interconnected beaded rings, such that when the device is manipulated between a user&#39;s thumb and finger, the three rings simultaneously move together; providing a tactile feel, and audible clacking sound, due to the uniform weight of the beads, and hardness of the circular wire.

This invention relates to an interconnected series of three beaded rings with the ability to be manipulated by the user's fingers, providing a tactile sensation, and audible clacking noise as the beaded rings tumble against one another. Due to the nature of its size and materials, this interconnected three ring fidget toy can also serve as decoration, jewelry, and for meditation purposes.

BACKGROUND OF THE INVENTION

The embodiments herein relate generally to toys, and in particular, to a fidget toy or sensory tool configured to tumble between a user's fingers. Many people find that keeping their hands busy, whether it is by playing with coins, pens, or fidget toys, provides a calming sensation, and many of those people use these types of devices as a cessation device, or to relieve anxiety. Alternatively, some people may enjoy using the devices primarily for fun. The design of proposed device was developed through my realized enjoyment of both feeling and listening to beads as they tumble against one another while being sorted, or processed. While playing with beads, I find myself enjoying the motion of moving my hands throughout the beads, while feeling the tactile nature of them tumbling against one another, as well as the satisfying sound that they produce. I wanted to re-create this feeling and sensation in a form factor that was easily portable, and accessible in any environment. Therefore, the three interconnected beaded ring toy is needed to juggle between a user's fingers.

SUMMARY OF THE INVENTION

The invention provides an interconnected series of three beaded rings with the ability to tumble along an individuals' fingers in a continuous motion as a sensory device as it is manipulated by a person's fingers. This is described as having three rings, covered in beads along the entire circumference, where the first and second beaded rings are connected together, and the third beaded ring is connected to both the first and second ring simultaneously. This assembly allows the three rings to freely tumble against one another in a continuous motion, providing a tactile sensation, and audible sound as the beads hit up against one another. Certain examples of ways in which this may be implemented include as a fidget toy, jewelry pendant, or as an ornamental piece. The interconnected ring design, and continuous motion while being manipulated, encourages both relaxation, and a sensory experience upon the user. The continuous motion of the three interconnected beaded rings provides a calming sensation that encourages meditation, and a soothing tactile feel. The beaded rings are able to move in any direction, as it is designed so that the rings will never tangle, or get caught with one another due to its rigid shape. An assortment of beads from glass, acrylic, semi-precious stone, and crystals are some of the many types of materials that can be used for this interconnected ring fidget toy. Steel memory wire is used as the main structure of the invention, holding the beads, and ring shape together.

BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 illustrates three circular pieces of steel memory wire (A1, A2, A3), and 48 eight-millimeter beads (H) that are used to cover the steel memory wire completely with, consisting of 16 beads per circular steel memory wire ring.

FIG. 2 illustrates one end of each of the three steel memory wire rings (A1, A2, A3) being closed-looped with a diameter of 2 mm, forming (B1, B2, B3).

FIG. 3 illustrates 16 eight-millimeter beads (H) being placed along the steel memory wire rings with the closed loop end (B1), formed into a fully beaded ring with a closed-looped end (C1)

FIG. 4 illustrates B1, B2, B3 rings with a closed loop, containing 16 beads each to form (C1, C2, C3)

FIG. 5 illustrates beaded ring with a single closed-loop end (C1), becoming a completely closed circle by preparing a hook on the other end and closing it around the opposite end with the closed-looped end, to become (D1)

FIG. 6 illustrates the second of the beaded rings with a single closed-loop end (C2), being closed into a beaded ring around the first complete circular beaded ring (D1), forming (D2) interconnected as two beaded rings with (D1) to form (E)

FIG. 7 illustrates the third and final beaded ring with a single closed loop (C3), being closed into a beaded ring around both the interconnected beaded two ring pattern (D1, D2) to form three interconnected beaded rings (F)

FIG. 8 illustrates a larger 12 mm jump ring (G) placed along one of the circular beaded rings in the series of three interconnected beaded rings (F)

FIG. 9 illustrates the completed three interconnected beaded rings (F) being held in a person's hands, showcasing how the device maintains its structure even while being held, alongside its ability to be manipulated through free-flowing movements.

FIG. 10 illustrates how this interconnected three ring toy (F) can be displayed as an ornamental piece showcasing its beaded design, and interconnected rings.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

The present disclosure describes an interconnected triple-ring beaded toy for use as a fidget tool, jewelry, and décor. The device is comprised of the following wire and beads:

-   -   A—3 circular pieces of steel memory wire 1.25 inches in diameter         (A1, A2, A3)     -   B—3 circular pieces of steel memory wire 1.25 inches in         diameter, prepared with a closed loop 2 mm in diameter on one         end (B1, B2, B3)     -   C—3 circular pieces of steel memory wire with a closed loop,         beaded with 16 beads strung along the circumference to form (C1,         C2, C3)     -   D—3 circular beaded rings that is completely closed by hooking         the opposite end, connecting both ends together to form a full         circular ring (D1, D2, D3)     -   E—A series of two beaded rings that are interconnected around         one another to form (E)     -   F—A series of three beaded rings that are interconnected around         one another to form (F)     -   G—A 12 mm jump ring attached to any of the beaded rings (G)     -   H—A count of 48 individual beads (H) used to pass through the         circular steel memory wire to provide structure, and weight to         the piece.

A circular spool of steel memory wire is cut into three individual circular rings, of which there are three circular rings in total (A1, A2, A3) as shown in FIG. 1

A closed loop that is approximately 2 mm in size is made on one end of each of the circular rings (A1, A2, A3), which forms (B1, B2, B3) as shown in FIG. 2

Sixteen, 8-millimeter beads are then inserted through the prepared circular rings (B1, B2, B3), for all three circular rings, forming (C1, C2, C3) as shown in FIG. 4

The first beaded circular ring (C1) is closed into a complete circle by preparing a hook on the opposite end of the ring, and closing it through the closed loop of the other end, forming (D1) as shown in FIG. 4

The second beaded circular ring (C2) is closed into a complete circle by preparing a hook on the opposite end of the ring, and closing it through the closed loop of the other end, while going through the first beaded circular ring (D1), forming an interconnected, two-ringed piece (E), as shown in FIG. 5

The third and final beaded circular ring (C3) is closed into a complete circle by preparing a hook on the opposite end of the ring, and closing it through the closed loop of the other end, while going through both rings of the interconnected, two-ringed piece (D3), to form an interconnected, three beaded ring fidget toy (F) as shown in FIG. 6

A jump ring (G) is connected around any of the interconnected loops to add functionality as a pendant, or ornament.

All elements connected correctly and properly are required for this piece to move smoothly, and be fully functional and useful.

A total of three beaded rings made up of 8-millimeter spherical beads, and circular shaped steel memory wire with a closed-loop, are interconnected by the first two beaded rings being looped around one another, and the third being looped through both the first two rings, to form an interconnected three beaded ringed fidget toy. The inclusion of an O-ring allows this interconnected series of beaded rings to be displayed as an ornament, or be worn as a beaded pendant.

The type of beads used are dependent upon the style, feel, and preference of the user. Acrylic beads offer a much lighter weight, with greater ease of use while tumbling the interconnected rings along your fingers. Materials such as glass and stone are heavier, offering greater tactile sensation, and louder audible clacking sounds as the beads tumble along one another. It is possible for there to be no beads at all, leaving just three interconnected rings that are weighted by material such as metal or plastic, to offer a similar sensation. The diameter of each of the beaded rings may vary depending on the size of the persons fingers, but still be in the same form factor of three total interconnected beaded rings. These interconnected circular rings with beads can be manipulated along your fingers to create the sensation of trickling beads across your hands, as well as an audible clacking noise that replicates the sound of beads falling, or swirling. A variety of beads may be used towards this design, including, but not limited to glass, acrylic, and crystal beads. The interconnected pattern of these beaded rings is a suitable tool for mediation, and relaxation, due to the mesmerizing movements of the three rings in movement, as well as its ability to move continuously without stopping. Additionally, this interconnected series of three beaded rings may be used as a pendant, or piece of décor. 

The embodiments of the invention in which an exclusive property or privilege is claimed are defined as follows:
 1. A device designed to tumble along a user's fingers, the device comprising: three rings with spherical beads, wherein the first and second rings are interconnected to one another, and the third ring is connected around both the first and second ring simultaneously, such that when held between a user's thumb and finger, the device freely moves and tumbles in on itself due to the weight of the beads, and motion provided by the user's fingers.
 2. The device of claim 1, wherein the interconnected beaded rings consist of forty-five, 8-millimeter spherical beads, with sixteen strung along the entire circumference of each of the wire for even weight distribution, and texture, providing a solid body of beads in a circular ring.
 3. The device of claim 1, wherein the thickness of the steel memory wire is of 20-gauge thickness, with 1.25-inch diameter, in order to maintain its circular shape while in use, and overall durability.
 4. The device of claim 1, wherein the device shape comprises of overlapping circular beaded rings.
 5. The device of claim 1, wherein the device body is a triple planar body comprising of three interconnected circular rings.
 6. The device of claim 1, wherein the circumference of each interconnected rings on the device is the same uniform size of 1.25-inch diameter, and 3.93-inch circumference.
 7. The device of claim 1, wherein a 12 mm jump ring is attached along one of the three beaded rings to allow for use as a pendant, or decorative ornament for hanging.
 8. A method of making an interconnected series of three beaded rings, comprising: a. The device of claim 1, wherein the first beaded circle is completely closed by connecting a circular loop on one end, and a hook on the other to secure the spherical beads along the ring. b. The device of claim 1, wherein the second beaded circle is completely closed by connecting a circle loop on one end, and a hook on the other while closing it around the first beaded ring. c. The device of claim 1, wherein the third beaded circle is completely closed by connecting a circle loop on one end, and a hook on the other while closing it 